The captured electrons typically absorb light in the visible spectrum, so that a transparent material becomes colored under the presence of such centers, for instance in diamond. "Color centers are often coming along with certain magnetic properties, making them promising systems for applications in quantum technologies, like quantum memories--the qubits--or quantum sensors. The challenge here is to develop efficient methods to control the magnetic quantum property of electrons, or, in this case...
The captured electrons typically absorb light in the visible spectrum, so that a transparent material becomes colored under the presence of such centers, for instance in diamond. "Color centers are often coming along with certain magnetic properties, making them promising systems for applications in quantum technologies, like quantum memories--the qubits--or quantum sensors. The challenge here is to develop efficient methods to control the magnetic quantum property of electrons, or, in this case...
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